MBB0207CC1100FC100

Through Hole Resistors are one of the most common electrical components used in a variety of applications. The MBB0207CC1100FC100 is a through-hole resistor with its own specific application and working principles.

Description of the MBB0207CC1100FC100

The MBB0207CC1100FC100 is a type of through-hole resistor that is designed for applications in which the electrical resistance must be constant over a wide range of temperatures. It has a rated power of 2 watts, a body length of 0.207”, and a body diameter of 0.110”. This resistor also has a temperature coefficient of ±100 parts per million/°C (ppm/°C) and a resistance value range of 0.1-10 Megohms.

Applications of the MBB0207CC1100FC100

The MBB0207CC1100FC100 is primarily used in applications where the temperature is expected to vary greatly. It is an ideal component for devices that need to remain operational in unstable environmental conditions, such as medical equipment, measuring instruments, aerospace systems, and automotive electronics. The resistor can also be used in commercial and industrial applications, such as telecommunications and computer equipment, appliances, and consumer electronics.

Working Principle of the MBB0207CC1100FC100

The working principle of the MBB0207CC1100FC100 is based on the property of materials, called resistivity, that allows electrons to flow but at a slower rate than would be observed in a conductor without resistance. The resistor is constructed with a mixture of metals, such as nickel, manganese, and chrome, and other materials that exhibit a resistive effect. This mixture is then subjected to high temperatures in order to form resistive elements – such as strips, spirals, or grids – that are arranged in a specific pattern to form the resistor.

The resistance of the MBB0207CC1100FC100 is determined by the amount of this material and its geometry. When an electrical current is passed through one end of the resistor, the current takes the path of least resistance. As the current moves through the resistor, some energy is lost due to the resistive effect, which results in a reduction in voltage. This resistance is also affected by temperature, as materials are more resistant to electrical current when heated.

The MBB0207CC1100FC100 has a temperature coefficient of ±100 ppm/°C, meaning that its resistance values can vary by as much as ±1% for every 10°C increase in temperature. This feature makes it ideal for applications that may see a wide range of temperatures, such as remote sensors or automotive electronics.